Stainless steel etching plate is to etch various patterns on the surface of stainless steel by chemical methods. Using 8K mirror plate, wire drawing plate and sandblasting plate as the bottom plate, after etching treatment, the surface of the object is further processed. The stainless steel etching plate can be processed with various complex processes such as partial and patterning, wire drawing, gold inlay, and partial titanium gold. , The stainless steel etched plate achieves the effect of bright and dark patterns and brilliant colors.
Generally, stainless steel 8K mirror panels, stainless steel wire drawing panels (models: 80, 120, 180, 240, 320, 400, 600), stainless steel snow sand, ordinary sand, sandblasting, and various colored stainless steel plates are used for etching.
Modern people's pursuit of life, the requirements for interior wall decoration are also constantly improving, so the styles of wall decoration materials are also constantly developing, and there are more and more materials that can be used as wall decoration, such as paint, wallpaper, color Stainless steel etching plate and so on.
Different materials have different properties, so the decorative effects and precautions are also very different. For example, wallpaper, the biggest problem is its mildew. The occurrence of mildew is usually due to the long-term retention of excessive moisture in the air, resulting in mildew on the wallpaper. Especially in the kitchen and bathroom in the living room, it is the most likely to cause mildew on the wallpaper. At this time, you may wish to use colored stainless steel pattern etched plates instead of wallpaper to decorate the walls, which can be made into various patterns and colors. It is difficult to change its characteristics by other factors, the fly in the ointment is that it is more expensive than wallpaper, but in the long run, it is still worth the money
The principle of stainless steel etching or corrosion: using the strong oxidizing property of ferric chloride to corrode the surface of stainless steel, the trivalent iron element becomes a relatively stable divalent iron element; the specific production process is: first coat the stainless steel surface with anti-corrosion layer, protect the part that needs to be protected, put it into the assembly line sprayed with ferric chloride, and wash off the anti-corrosion layer after the corrosion is completed to form a pattern;
